Schönstein
David Schönstein, Camperdown AU
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20130046790 | METHOD FOR SELECTING PERCEPTUALLY OPTIMAL HRTF FILTERS IN A DATABASE ACCORDING TO MORPHOLOGICAL PARAMETERS - A method for selecting a perceptually optimal HRTF in a database according to morphological parameters. A first database includes the HRTFs of subjects M, a second database includes the morphological parameters of the subjects, and a third database corresponds to a perceptual classification of the HRTFs. The N most relevant morphological parameters are sorted by correlating the second and third databases. A multidimensional space is created, which optimizes the spatial separation between the HRTFs according to the classification thereof in the third database to obtain an optimized space. An optimized projection model MPO is calculated for correlating K optimal morphological parameters with the corresponding position of the HRTF filters in the optimized space. For any user whose HRTF is not included in the database, at least one HRTF can be selected from the database BD1 according to the parameters K of the user and the optimized projection model MPO. | 02-21-2013 |
David Schönstein, Camperdown AU
Patent application number | Description | Published |
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20130046790 | METHOD FOR SELECTING PERCEPTUALLY OPTIMAL HRTF FILTERS IN A DATABASE ACCORDING TO MORPHOLOGICAL PARAMETERS - A method for selecting a perceptually optimal HRTF in a database according to morphological parameters. A first database includes the HRTFs of subjects M, a second database includes the morphological parameters of the subjects, and a third database corresponds to a perceptual classification of the HRTFs. The N most relevant morphological parameters are sorted by correlating the second and third databases. A multidimensional space is created, which optimizes the spatial separation between the HRTFs according to the classification thereof in the third database to obtain an optimized space. An optimized projection model MPO is calculated for correlating K optimal morphological parameters with the corresponding position of the HRTF filters in the optimized space. For any user whose HRTF is not included in the database, at least one HRTF can be selected from the database BD1 according to the parameters K of the user and the optimized projection model MPO. | 02-21-2013 |
Frank Schönstein, Baiersdorf DE
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20130170779 | RADIAL ROLLER BEARING ARRANGEMENT, IN PARTICULAR FOR A NEEDLE BUSHING - A radial roller bearing arrangement in which at least one retaining projection is provided as an anti-rotation feature of an outer ring. The projection is located on an inner diameter of a fixed rim formed on one axial side of the outer ring, so that the outer ring can be implemented with a radially inward-pointing flanged rim on its other axial side that can be formed after insertion of a needle roller and cage assembly to act for holding the needle roller and cage assembly in the outer ring. | 07-04-2013 |
Frank Schönstein, Baiersdorf DE
Patent application number | Description | Published |
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20130170779 | RADIAL ROLLER BEARING ARRANGEMENT, IN PARTICULAR FOR A NEEDLE BUSHING - A radial roller bearing arrangement in which at least one retaining projection is provided as an anti-rotation feature of an outer ring. The projection is located on an inner diameter of a fixed rim formed on one axial side of the outer ring, so that the outer ring can be implemented with a radially inward-pointing flanged rim on its other axial side that can be formed after insertion of a needle roller and cage assembly to act for holding the needle roller and cage assembly in the outer ring. | 07-04-2013 |
Matthias Schonstein, Freiburg DE
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20140333939 | OPTOELECTRONIC SENSOR FOR RECOGNIZING OBJECT EDGES - An optoelectronic sensor for recognizing object edges of objects comprises at least three light transmitters which are arranged such that at least two different spacings result between two respective light transmitters. For recognizing an object edge, an evaluation unit is configured to carry out a common evaluation of an image taken by a light receiver of a light spot generated by the transmitted light beams of a first light transmitter and of an image taken by a light receiver of a light spot generated by the transmitted light beams of another light transmitter. The pair of light transmitters to be used for the common evaluation can be selected in dependence on a selection criterion from at least two differently spaced apart pairs of light transmitters. | 11-13-2014 |
Peter J. Schonstein, Rose Bay AU
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20100126689 | MANUFACTURE OF TOP PLATE FOR AN ELASTOMERIC RAIL FASTENING ASSEMBLY - A top plate for an elastomeric rail fastening assembly has a downwardly tapering lower wall terminating in an inwardly-directed lip defining a mouth leading into a well. The cavity of the well extends upwardly to provide the interiors of rail-holding mounts between which a bottom flange of a rail may be located. The mounts have open-ended sockets for receiving spring clips used to hold the rail in position between the mounts, and the sockets and well communicate with one another. This form of top plate allows less metal to be used for its construction, requires less dressing after casting, and precisely locates the sockets with respect to one another. | 05-27-2010 |
Thomas Schonstein, Bilten CH
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20150308875 | Thermal Flowmeter - A thin-film sensor for a thermal flowmeter with at least a first substrate layer made of electrically non-conductive material, a second layer made of electrically conductive material and a cover layer to protect the resistance layer against abrasion, wherein the second layer is designed as two sensor elements, wherein at least a first of the two sensor elements is designed to introduce a heat quantity into a medium, and at least a second of the two sensor elements is designed to determine the ambient temperature, and the thin-film sensor has a gap that isolates the two sensor elements from one another. | 10-29-2015 |